David Hobbs

Flinders University, The University of Tokyo

Papers

Total Citations

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About

David Hobbs is a leading researcher in neurorehabilitation engineering, with a primary focus on developing assistive and rehabilitative robotic technologies to restore upper limb function after neurological injury. His work is centered on understanding how targeted interventions can harness cortical neural plasticity to improve motor recovery, particularly for individuals living with the long-term effects of stroke and cerebral palsy. His most influential work, "A Review of Rehabilitation Devices to Promote Upper Limb Function Following Stroke" (2016), which has garnered 80 citations, provides a critical synthesis of the field, establishing a foundational framework for the design and application of robotic devices in clinical settings. This review has become a key reference for engineers and clinicians alike. Hobbs also investigates the learned nonuse phenomenon in children with cerebral palsy, exploring how robotics can encourage the use of the affected limb. By bridging engineering design with clinical rehabilitation needs, his research directly informs the creation of more effective, patient-centered therapies, making him a significant contributor to the advancement of assistive robotics for motor recovery.